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Parametric modeling of the coupling channel of conducted interference based on multi-linear regression model

机译:基于多元线性回归模型的传导干扰耦合通道参数化建模

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摘要

In electromagnetic compatibility testing, the conducted electromagnetic emission (EMI) of the equipment under test (EUT) are required to meet certain standards of electromagnetic compatibility in order to control its external conducted emission. However, sometimes there is no way to eliminate the internal interference sources of EUT, so the only way to reduce the EMI is to change the coupling channel from the internal interference sources to the external test port. Therefore, it is necessary to understand the characteristic of the coupling channel, so that the EMI of the EUT can be effectively analyzed and restrained. In this paper, a frequency-domain parametric modeling method of the coupling channel based on multi-linear regression model is proposed, and an example to verify the algorithm is presented. The example shows that the modeling method can reflect the characteristic of coupling channel in frequency domain.
机译:在电磁兼容性测试中,被测设备(EUT)的传导电磁辐射(EMI)需要满足某些电磁兼容性标准,以控制其外部传导辐射。但是,有时无法消除EUT的内部干扰源,因此降低EMI的唯一方法是更改​​从内部干扰源到外部测试端口的耦合通道。因此,有必要了解耦合通道的特性,以便可以有效地分析和抑制EUT的EMI。提出了一种基于多线性回归模型的耦合通道频域参数化建模方法,并给出了验证算法的实例。实例表明,该建模方法可以在频域上反映耦合信道的特性。

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